Amido-silane coupling agent was used to increase the adhesion of the epoxy resin coating on iron and steel substrates.

The particular requirement on substrate materials selecting,thin film structure design and monitor and control of thin film thickness has been discussed.

The influences on the thermal analysis results are obtained, through changing the substrate material and its thickness and the thickness and thermal conductivity of thermal-insulation layer of the LiTaO3 film infrare sensing element.

The tribological behaviors of polyimide solid - lubricating film upon different substrates ware investigated with MM - 200 friction tester, and the results show that the polyimide fihn upon acid treated nickel - plated A3 steel has good friction reduction and anti - wear performances, this is because that polyimide can inform the uniform transfer film on frictional surface.

Al-Cu-Fe thin films were successfully deposited by magnetron co-puttering, taking the pure Al, pure Cu with polished state and the stainless steel with different surface roughness as substrate, respectively.

Glass fiber reinforced epoxy resin is synthesized to meet the demand for substrates of foilstrain gages.

In addition,the influences of three common base materials-cement concrete,cement-stabilized macadam and lime-flyash-stablized macadam-on the shearing strength of binding course are also compared.

Experimental studies on shock-induced phase transition in HR2 and other Fe-based materials;